New eye and brain implants can restore vision.

“A new wireless retinal implant has shown unprecedented success in restoring central vision for people with advanced age-related macular degeneration, with most participants in a major international trial regaining the ability to read letters and even short words. Credit: Shutterstock” (ScitechDaily, Stunning Results: Revolutionary Retinal Chip Lets Patients With Severe Vision Loss Read Again)

New eye and brain implants can restore vision. But they can do much, much more. They can give a super view or a remote view to their users. 

The new era for artificial vision is here. Solar power eye implants. They are used to restore sight to blind people. Those systems are tools that can be as fundamental as we might think. The machine's view is not a human's normal view. This means the system is not connected with natural view. And that is one of the things that we should discuss. The system that restores the view is the CCD camera, and the system that gives impulses to the nervous system. It is on the opposite side. When researchers make those microchips, they bring people closer to cyborgs. The systems that connect humans and machines. The bionic eye implant can make it possible. To create a system that communicates with computers. And that system can transfer screens into history. The eye implant is safer to install. Than an implant in the brain. 

"Rendering of the Intracortical Visual Prosthesis (ICVP) wireless implantable stimulator model alongside a penny for scale. Credit: Illinois Institute of Technology" (ScitechDaily, First Successful Implantation of Revolutionary Artificial Vision Brain Implant)

"Demonstrating the small size of the PRIMA ultra-thin microchip. Credit: Science Corporation" (ScitechDaily, 

The thing is that. Those CCD systems can involve IR and UV sensors. That gives their users an ultimate view in the darkness. The IR system that uses IR light in the dark view cannot detect systems that use UV light. But the fact is that those eye implants can transmit any data to the nervous system. This makes the machine view very interesting. And a complicated thing. We know that blind people need those implants. But what if somebody wants the retina implant that gives them night vision? If we replace the human eye. With the bionic eye. 

This gives more possibilities to model those systems. And that causes a basic question: what if somebody just wants a bionic eye? Bionic systems can also interact with other systems. Which can be surveillance cameras, drones, etc. This means that the eye-implanted microchip can communicate with things like computers and exchange data, or a camera system. Those that are on a helmet or at the front of the eyes. The same technology. That which is used in those bionic microprocessors can benefit in intelligent contact lenses, which get their electricity. From the natural light. 

This means that the implanted microchips can replace things like computer screens. And the other thing is that those systems can give a super view. To their users. The microchip that is implanted in the eye can also transmit data. Through Bluetooth to other systems. And that makes it possible.  That remote operators see. And hear. Everything that the person says. Who carries those systems hears. and sees. Those systems can also have a microphone. And maybe in some futuristic world, bionic implants can be equipped with laser microphones. That can hear things. That happens over long distances. The laser microphone can also transfer oscillations from any surface. Tike tables and walls.  To the remote operators. The only problem with laser microphones is that. They must have a direct line to the observed system. 

https://scitechdaily.com/stunning-results-revolutionary-retinal-chip-lets-patients-with-severe-vision-loss-read-again/

https://scitechdaily.com/first-successful-implantation-of-revolutionary-artificial-vision-brain-implant/

https://scitechdaily.com/solar-powered-eye-implant-restores-reading-vision/

Kazimir Malevich "Supremus no 56" (1916)

Kazimir Malevich "Supremus No56" 

Kimmo Huosionmaa

In this painting is important the way, how to see those lines, what Malevich has been drawn on this painting, and find the combination what makes the structure in the painting. Sometimes I have thought that how Malevich created those paintings, and how he told that they were the things, what people would want to buy. In fact, there are many things, what makes this kind of paintings very interesting, and one of them is, that there are many things, what has been left to the audience.

And one thing is, how the artist convicts that there is something except sharp and also carefully thought combination of lines and other geometrical structures. But when we are looking the abstract paintings, there would be the things, what limits our imagination. One of them is the combination of our experiences about the instruments, what are used in scientific laboratories around the world.

The thing in "Supremus no 56" is that the painting can portrait the laser, the microscope or very special tool, what shoots viruses in the cell. That system was created in the 1980's for genetic engineers, and its purpose is to shoot cells inside other cells, what makes possible to connect those cells. In the beginning, that system used the gunpowder, but then the engineers started to create ion cannon, what would shoot ionized DNA molecule straight in the nucleus of the cell. The ion cannon would also give the ability to control the power of the punch, what this system gives to the target.

That allows creating more living cells because targets would survive about the genome transfer. The thing in the ion technology is that the same systems, what shoots DNA in the other cells, would be used for creating nanomachines and nanotechnical microchips. Those microchips can consist the transistors, what size are three atoms. As I wrote before. That technology would revolutionize the microchip production and allows to make smaller microchips than ever before.